Two flat plane mirrors are mounted perpendicular to each other, with Mirror 1 along the positive \(x\)-axis and Mirror 2 along the positive \(y\)-axis. A narrow light ray propagating in the \(xy\)-plane strikes Mirror 1 at a distance \(d\) from the origin with an angle of incidence \(\theta\) relative to the normal of Mirror 1, where \(0 < \theta < 90^\circ\). After reflecting off Mirror 1, the ray travels through air and strikes Mirror 2. Which of the following expressions correctly gives the straight-line distance \(s\) traveled by the light ray between its reflection point on Mirror 1 and its reflection point on Mirror 2, along with the angle of incidence \(\theta_2\) of the ray at Mirror 2?